For a printable version of this pattern click HERE. For tatters who would like more detailed instructions and step by step photos, continue reading the blog post below.
To make this snowflake you will need to know the following techniques:
- rings, chains, picots, joins
- lock joins
- thrown rings (AKA floating rings)
- split rings, joining to the second side of a split ring
- self closing mock rings (SCMR)
- Josephine knots, self closing mock Josephine knots
- balanced double stitches
- using a picot gauge
You can go to YouTube and find videos for most of the techniques listed above. If there is a technique that you cannot find, leave a comment below or message me using the contact form on the right sidebar of my blog and I will see if I can locate a good video for you.
The balanced double stitch is a technique pioneered by Ruth Perry (you can visit her website at https://rozellalinden.net/). You can read Ruth's article about the balanced double stitch here: http://www.georgiaseitz.com/2008/ruthplongringchains.pdf
To see a short video of her making the balanced double stitch go here: https://youtu.be/A3c99nb0CIg
Challenge Snowflake by Robin Perfetti
Begin by winding two shuttles using the continuous thread method. When using size 20 thread and a small clover shuttle, I wind 240 full wraps on shuttle #1 and 75 full wraps on shuttle #2. Most of the work will be done with shuttle #1.
Round 1 is a basic six-ringed flower, made with shuttle #1. Each ring is 2 - 2 - 2 - 2, and all picots are very small. All new rings are joined to previous rings. The final ring is a split ring and is joined to the previous ring as well as to the first ring, 2 + 2 / 2 + 2. Making a split ring enables us to climb from Round 1 to Round 2.
Do not reverse work after Round 1. Begin Round 2 by making a split ring of 4 / 4. You can leave a very small gap between the split ring of Round 1 and the split ring of Round 2 to simulate a very small picot:
Do not reverse work after the split ring. Place shuttle #1 in the chain position and place shuttle #2 in your right hand. Make a chain of of 5 balanced double stitches. Balanced double stitches form a sturdy, straight chain:
The next element is a self closing mock Josephine knot. It is made the same way as a self closing mock ring (SCMR), except that the mock ring is made of 12 half stitches instead of full stitches. Here is a photo of the self closing mock Josephine knot before closing:
This is how it looks after closing:
Making a self closing mock Josephine knot (instead of a thrown Josephine knot) will disrupt the core thread. This disruption enables the next chain to change directions and move back down towards Round 1. After the self closing mock Josephine knot, make a chain of 5 balanced double stitches. Then, tat a ring of 4 + 4 (joining to the ring from Round 1):
Continue in this way around the center, until you reach the place where Round 2 began. Finish by making a lock join near the base of the 4 / 4 split ring. It takes some effort but a small crochet hook can be squeezed through the spot between the base of the ring and the first chain to make this lock join. Our threads are now in position to begin working on Round 3:
Don't worry if Round 2 has slight cupping. This is by design and will flatten out after Round 3 is added.
Do not reverse work after Round 2. Keep shuttle #1 in the chain position and shuttle #2 in your right hand. Make a chain of 6 balanced double stitches:
Next, make a thrown ring of 5 - 1 --- 7. If you are using size 20 thread, make the long picot 7 mm tall. If you are using size 40 thread, make a 5 mm tall picot. For size 80 thread, make a 3 mm tall picot. I used a clover picot gauge to size my picot:
After closing the thrown ring, it will look like this:
Next, make a chain of 5 balanced double stitches:
After this, you will need to pinch a section of core thread to make another SCMR. The SCMR has a few Josephine knots thrown off it, as well as a clover. Written instructions for the SCMR are as follows:
Chain: 3, do not reverse work (DNRW), switch shuttles (SS)
Josephine Knot: make a ring of 12 half stitches. DNRW, SS
Chain: 3 - 2, DNRW, SS
Ring: 2 + (join to previous chain) 2 - 1 -- 1 - 2, DNRW
Ring: 2 + (join to previous ring) 4 - 1 -- 1 - 4 - 2, DNRW
Ring: 2 + (join to previous ring) 1 -- 1 - 2 - 2, DNRW, SS
Chain: 2 + (join to previous ring) 3, DNRW, SS
Josephine Knot: make a ring of 12 half stitches. DNRW, SS
Chain: 3. Close SCMR
This is what the SCMR looks like before closing:
And here is what it looks like after closing:
Do not reverse work after the SCMR. Make a chain of 5 balanced double stitches. Then, make a thrown ring of 7 --- 1 - 5, using a picot gauge to measure the long picot as before. Finally, make a chain of 6 balanced double stitches, and lock join to the gap near the base of the ring from Round 2:
The next chain is made of 6 balanced double stitches. You can count the previous lock join as the first half of the first balanced double stitch if you want. I find that it helps to even out my tatting. (If you do this, you would tat the second half of a balanced double stitch followed by 5 full balanced double stitches):
Now, make a thrown ring of 5 + 1 + 7, joining to the small picot and large picot of the previous thrown ring:
You can use the point of your tatting shuttle to adjust the long picot as desired:
Begin again at Round 3's chain of 5 balanced double stitches, (followed by the self closing mock ring), and continue working the instructions until you reach the final thrown ring.
Joining the final thrown ring back to the first thrown ring can be tricky. You don't need to make a folded join here. Instead, you can rotate the tatting counterclockwise until it is in a comfortable position to make the join. Here is the tatting in the normal position:
And here is the tatting after it is rotated into a more comfortable joining position:
The first join after it is made:
The closed ring after first and second joins are made:
After this, it is just a matter of making another chain of 6 balanced double stitches. Cut, tie to the place where Round 3 began, and hide ends.
Here is the finished snowflake: